Remote sensing of heavy metal contamination of soils has been widely studied. These
studies concentrate heavily on the hyperspectral reflectance of typical metals in soils and in …

Heavy metal pollution is becoming a prominent stress on plants. Plants contaminated with
heavy metals undergo changes in external morphology and internal structure, and heavy …

Hyperspectral spectrum enables assessment of heavy metal content, but research on low
concentration in water is limited. This study employed in situ hyperspectral data from Dalian …

Biogeochemistry is an effective and fast approach for orientation studies in mineral
exploration. Vegetative cover has been used in a range of geological environments to gain …

Monitoring heavy metal pollution in agricultural ecosystems is crucial to ensure
environmental safety. Heavy metals interfere with plants' biochemical characteristics, such …

This study proposed a new narrow band index to characterize the Cu (Copper) stress
degree on vegetation (Copper Stress Vegetation Index, CSVI). Firstly, the spectral …

Mineral exploration has increasingly targeted areas covered by in situ or transported
overburden for shallow to deep-seated orebodies. It remains critical to develop better means …

Barley is a resilient crop with high nutritional value and adaptability, making it a promising
candidate for phytoremediation and space agriculture. The study presents a comprehensive …

Heavy metal elements, which inhibit plant development by destroying cell structure and
wilting leaves, are easily absorbed by plants and eventually threaten human health via the …

The contamination of agricultural areas by heavy metals has a negative influence on food
quality and human health. Various remediation techniques have been developed for the …